German Di soric sensors, Di soric models, Di soric prices

Di soric sensors generally consist of 2 parts: the processing path and the processing elements. Their basic principle is based on the photoelectric effect, converting changes in the measured quantity into changes in optical signals, and then using photoelectric components to further convert non-electrical signals into electrical signals. The photoelectric effect refers to illuminating an object with light, which can be viewed as a series of photons with certain energy bombarding the object. At this time, the photon energy is transferred to electrons, and the entire energy of one photon is absorbed by one electron at once. After the electron receives the energy transferred by the photon, its state changes, thereby causing the illuminated object to produce corresponding electrical effects. The photoelectric effect is usually divided into 3 categories: (1) The phenomenon where electrons escape from the surface of an object under the action of light is called the external photoelectric effect, such as in phototubes and photomultiplier tubes; (2) The phenomenon where the resistivity of an object changes under the action of light is called the internal photoelectric effect, such as in photoresistors and phototransistors; (3) The phenomenon where an object generates an electromotive force in a specific direction under the action of light is called the photovoltaic effect, such as in photocells.

Di soric sensor introduction

Sensors used in robots to mimic tactile functions. Tactile sense is an important sensory function when humans directly contact the external environment. Developing tactile sensors that meet requirements is one of the key technologies in robot development. With the development of microelectronics technology and the emergence of various organic materials, a variety of development schemes for tactile sensors have been proposed, but most are currently in the laboratory stage, with few reaching productization. Tactile sensors can be roughly classified by function into contact sensors, force-torque sensors, pressure sensors, and slip sensors.

Di soric sensor classification

Slip sensors are used to judge and measure the slippage of objects when robots grasp or handle them. They are essentially displacement sensors. They can be divided into three types based on whether they have sliding direction detection functionality: non-directional, single-directional, and omni-directional. 1) Non-directional sensors include probe-earphone types, which consist of sapphire probes, metal buffers, piezoelectric Rochelle salt crystals, and rubber buffers. During sliding, the probe vibrates, and the Rochelle salt converts this into corresponding electrical signals. The buffer's role is to reduce noise. 2) Single-directional sensors include drum photoelectric types. The slippage of the grasped object causes the drum to rotate, leading to a photodiode receiving light signals transmitted through a code disk (mounted on the drum's circular face). The object's slippage is measured via the drum's rotation angle signal. 3) Omni-directional sensors use metal balls whose surfaces are coated with insulating material and formed into conductive and non-conductive areas distributed in a latitude-longitude pattern. When the sensor contacts an object and slides, the ball rotates, causing the conductive and non-conductive areas on the ball's surface to alternately contact electrodes, thereby generating on-off signals. By counting and judging these on-off signals, the magnitude and direction of slippage can be measured. This type of sensor requires high manufacturing precision.

Di soric sensor applications

Contact sensors are used to determine whether a robot (mainly referring to limbs) has contacted an external object or to measure the characteristics of the contacted object. Types of contact sensors include microswitches, conductive rubber, carbon-containing sponge, carbon fiber, and pneumatic reset devices. 1) Microswitch: Composed of a spring and a contact. When the contact touches an external object, it leaves the base, causing the signal path to disconnect, thereby detecting contact with the external object. The advantage of this normally closed (always connected when not in contact) microswitch is ease of use and simple structure; the disadvantages are susceptibility to mechanical oscillation and contact oxidation. 2) Conductive rubber type: Uses conductive rubber as the sensitive element. When the contact touches an external object and is pressed, it compresses the conductive rubber, changing its resistance and thus changing the current flowing through it. The disadvantage of this sensor is that due to differences in the material formulation of the conductive rubber, drift and hysteresis characteristics are inconsistent; the advantage is flexibility. 3) Carbon-containing sponge type: An elastic body made of sponge is mounted on a substrate, with carbon-containing sponge arranged in an array within the sponge. When contacting an object under pressure, the resistance of the carbon-containing sponge decreases. Measuring the magnitude of the current flowing through the carbon-containing sponge determines the degree of pressure. This sensor can also be used as a pressure sensor. Advantages are simple structure, good elasticity, and ease of use. Disadvantages are that the uniformity of carbon distribution directly affects measurement results, and recovery ability after pressure is poor. 4) Carbon fiber type: Uses carbon fiber as the upper layer, a substrate as the lower layer, and urethane and metal electrodes in between. When contacting an external object, the carbon fiber is compressed and contacts the electrode to conduct electricity. The advantage is good flexibility, allowing installation on curved surfaces of robotic arms, but hysteresis is significant. 5) Pneumatic reset type: Has a flexible insulating surface that deforms under pressure and uses compressed air as the resetting force when contact is lost. When contacting an external object, the internal elastic bubble (beryllium copper foil) contacts the lower touchpoint to conduct electricity. Advantages are good flexibility and high reliability, but a compressed air source is required.

Weidou Intelligent Technology professionally sells German Di-soric sensors, Di-soric proximity sensors, Di-soric distance sensors, Di-soric vision sensors, Di-soric displacement sensors, Di-soric torque sensors, Di-soric speed sensors, Di-soric photoelectric sensors, Di-soric position sensors, Di-soric angle sensors, Di-soric tactile sensors, Di-soric temperature sensors, Di-soric pressure sensors, Di-soric flow sensors, Di-soric level sensors, Di-soric motion sensors, Di-soric process sensors. Original German imports. Welcome customers to inquire and order.